Staples TRIZ Cases

Self-fixating barbs on a modular rod engage multiple tissue layers simultaneously, reducing operating room time compared to traditional suturing.

A stapling device clip guide transitions a fastening clip from a delivery shape to a relaxed configuration via a pusher unit.

A fused bioabsorbable polymer adjunct compresses to match tissue depth variations during surgical stapling.

A superelastic surgical clip transitions from a deflected state to an undeflected coiled shape to gather tissue.

A bone staple features a deformable connector that compresses to reduce lateral profile while maintaining compression force for stable fusion.

An optical encoder tracks actuation rod rotation to prevent premature tack ejection while maintaining high-speed deployment reliability.

Absorbable fasteners with articulating joints minimize foreign body accumulation while ensuring reliable mesh attachment.

A pivotable clamp beam minimizes dead space in the tool assembly, maximizing useful length for tissue stapling.

A stapling device uses a recessed introducer member to deploy visceral staples for closing tissue perforations.

Threaded shaft mechanisms bend surgical staples and bone fusion plates, resolving the trade-off between implant stability and anatomical customization.

Nested superelastic coils restore shape to seal anastomoses, preventing bile leakage and peritonitis without open surgery.

A sensor assembly releasably coupled to surgical staples measures tissue temperature at the anastomosis site.

A fixing bolt uses a flexible sleeve with slits forming paws and a locking nail to anchor securely.

Circumferential channels enable longer staple legs within a small diameter, reducing jamming risk and increasing tissue coverage.

A surgical staple with an integral bioabsorbable pledget expands the contact area to distribute clamping force evenly across tissue layers.

A bone plate integrates a recessed portion to receive a staple bridge, combining structural stiffness with active compression capabilities.

Segmented perforated plates absorb seismic energy via plastic hinges, preventing irreversible damage to connected construction elements.

A tapered surgical fastener uses inwardly extending barbs to anchor tissue securely during minimally invasive procedures.

A hybrid adjunct material combines a biologic tissue membrane with synthetic elastic members to deliver mechanical reinforcement.

An elastic blood vessel connector joins grafts using radial compression friction.